Amrita Virtual Lab

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Score7.0

Rank#5 of 27

PriceFree

Free planYes

Runs onWeb

Summary

Amrita Virtual Lab provides browser-accessible laboratories and learning materials for distance education and experimentation. On an internet-connected computer, learners can use simulations, interactive animations, and remotely triggered experiments alongside web resources, video lectures, procedures, lab manuals, quizzes, and other materials. The project says it has built 1,500 experiments and supports on-the-spot assessment. Subject areas include computer science, engineering, biotechnology and biomedical engineering, and physical and chemical sciences. Examples include neurophysiology simulations, physics tools such as DC circuits and virtual optics, and a wireless sensor network lab. Teachers can monitor student progress and change instructional materials. Labs are hosted for open access through the project websites, and the team offers free online and offline classes for students and faculty at nodal centres. The free access plan is listed at 0.00 USD per free under the Nodal Centre Program, with no registration fee for that program. Institutions participating as nodal centres must choose at least three experiments and have at least 300 students using the labs. Some access is conditional: the Chemical Sciences questionnaire requires a user ID provided by VALUE.

Who it is for

Amrita Virtual Lab suits students, research scholars, faculty, and high-school learners seeking online science and engineering experiments. Teachers and institutions may also value its student-progress tools and nodal-centre training, subject to the stated participation requirements.

What is good

Browser access to simulations and interactive experiments
Covers science and engineering subject areas
Includes procedures, lab manuals, and quizzes
Teachers can monitor progress and modify materials
Free online and offline classes through nodal centres

What to know first

Nodal centres must choose at least three experiments
Nodal-centre participation requires at least 300 student users
Chemical Sciences questionnaire access requires a VALUE-provided user ID

Verdict

Amrita Virtual Lab brings a broad collection of experiments and learning materials to browser-based study, with assessment and teacher tools. Institutions considering nodal-centre participation should account for its minimum experiment and student requirements.

Amrita Virtual Lab plans and pricing

All plans

Free access Free free of cost under Nodal Centre Program · no registration fee for this program vlab.amrita.edu · 30 Sept 2026

Compared on virtual lab software

Free plan: Yesvlab.amrita.edu
Subject coverage: multi_subjectvlab.amrita.edu
Experiment authoring: Yesvlab.amrita.edu
Assessment tools: Yesvlab.amrita.edu
Teacher dashboard: Yesvlab.amrita.edu
LMS integration: Yesvlab.amrita.edu

Facts

Purpose: The project provides virtual laboratories for distance learning and experimentation, including simulations and resources for sharing knowledge, data, voice, video and tools.vlab.amrita.edu · 30 Sept 2026
Open access: The project page says experiments and labs are hosted for open access through the project website and the main Virtual Labs website.vlab.amrita.edu · 30 Sept 2026
Learning format: Labs are browser-accessible on an internet-connected computer and use animation, simulation or remotely triggered hardware.vlab.amrita.edu · 30 Sept 2026
Interactive learning: The site describes virtual labs as an immersive e-learning tool with a media-rich, interactive interface that teachers can use to supplement their curriculum.vlab.amrita.edu · 30 Sept 2026
Lab subjects: The site lists virtual labs in biotechnology and biomedical engineering, chemical and physical sciences, computer science, and mechanical engineering.vlab.amrita.edu · 30 Sept 2026
Example simulations: The project page describes neurophysiology simulations for brain slicing, patch clamping, neuronal action potentials, and voltage and current clamp protocols.vlab.amrita.edu · 30 Sept 2026
Example physics tools: The project page lists DC circuit, torsion pendulum, Faraday’s law, Barkhausen effect and virtual optics simulators.vlab.amrita.edu · 30 Sept 2026
Remote lab example: The Computer Science section describes a partly indoor and partly outdoor wireless sensor network lab for practical experience designing, deploying and implementing sensor networks.vlab.amrita.edu · 30 Sept 2026
Repeatability: The demo page describes online labs as providing anytime, anywhere access and repeatability for students and research scholars.vlab.amrita.edu · 30 Sept 2026
Training: The team offers free online and offline classes for students and faculty at nodal centres.vlab.amrita.edu · 30 Sept 2026
Institutional use: The site says registering an institution as a nodal centre provides services and resources and is intended to promote virtual labs in higher education.vlab.amrita.edu · 30 Sept 2026
Access requirement: The Chemical Sciences page says users need to log in with a user ID provided by VALUE to access its online questionnaire.vlab.amrita.edu · 30 Sept 2026
Project sponsor: The site identifies the project as an initiative of the Ministry of Human Resource Development under the National Mission on Education through ICT.vlab.amrita.edu · 30 Sept 2026
Access model: The virtual labs are hosted for open access through the project website.vlab.amrita.edu · 30 Sept 2026
Target users: The project serves undergraduate students, postgraduate students, research scholars, science and engineering faculty, and high-school students.vlab.amrita.edu · 30 Sept 2026
Learning system: The platform includes web resources, video lectures, animated demonstrations, and self-evaluation.vlab.amrita.edu · 30 Sept 2026
Experiment types: The project has built 1,500 experiments comprising simulations, interactive animations, and remotely triggered experiments.vlab.amrita.edu · 30 Sept 2026
Experiment materials: Experiments include procedures, lab manuals, pre- and post-experiment quizzes, and additional lab resources.vlab.amrita.edu · 30 Sept 2026
Assessment: The platform allows on-the-spot assessment of student knowledge.vlab.amrita.edu · 30 Sept 2026
Security and scale: The collaborative platform provides server-side architecture intended to run virtual labs securely and serve thousands of students simultaneously.amrita.edu · 30 Sept 2026
Scheduling: The platform reserves time slots for experiments that require scheduling.amrita.edu · 30 Sept 2026
Teacher tools: Teachers can monitor student progress and change instructional material.amrita.edu · 30 Sept 2026
Training and support: The team conducts free online and offline classes for students and faculty at nodal centres.vlab.amrita.edu · 30 Sept 2026
Training channels: Nodal-centre introductory classes may be delivered through Google Meet, Zoom, or Microsoft Teams, subject to expert availability.vlab.amrita.edu · 30 Sept 2026
Nodal-centre limits: Participating institutes must choose at least three experiments and have at least 300 students using the virtual labs.vlab.amrita.edu · 30 Sept 2026
Curriculum integration: Nodal-centre support includes assistance integrating virtual-lab scores into the regular curriculum.vlab.amrita.edu · 30 Sept 2026